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Forests, Volume 16, Issue 11

November 2025 - 138 articles

Cover Story: Accurate forest inventories are essential for planning and management, yet traditional sample-based cruising often leave uncertainties unresolved until harvest. To assess these uncertainties, this study used two digital inventories derived from airborne laser scanning: one from the mixed conifer stands of the University of Idaho Experimental Forest and one from a loblolly pine plantation in Louisiana. These complete tree-level datasets allowed direct comparison between sample estimates and their true population values. Multiple simulated cruises showed that plot placement strategies, edge-plot handling, and stratum boundaries are the main sources of errors. The results demonstrate how wall-to-wall LiDAR inventories can reduce weaknesses in traditional sampling and point toward more robust, scalable approaches to forest inventory. View this paper
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Articles (138)

  • Article
  • Open Access
241 Views
13 Pages

16 November 2025

Global soil salinization is accelerating. As the dominant fast-growing plantation genus, Populus spp. largely determines the success of coastal and inland saline-land restoration and the associated carbon-sequestration benefits. Yet most current stud...

  • Article
  • Open Access
305 Views
17 Pages

15 November 2025

The Loess Plateau (China) is an ecologically fragile region where understanding the impact of forest naturalness on soil carbon content is critical for ecological restoration and enhancing carbon sequestration. This study investigates this relationsh...

  • Article
  • Open Access
277 Views
16 Pages

15 November 2025

Afforestation plays a vital role in reshaping land systems and enhancing carbon sequestration, particularly in ecologically fragile regions. However, the carbon implications and spatial dynamics of large-scale planted-forest (PF) expansion in the Yel...

  • Article
  • Open Access
289 Views
19 Pages

15 November 2025

In Portugal, increasing wildfire frequency and severe storm events have intensified the need for advanced monitoring tools to assess forest damage and recovery efficiently. This study explores the application of deep learning neural network technique...

  • Article
  • Open Access
308 Views
29 Pages

Influence of Urban Greenery on Microclimate Across Temporal and Spatial Scales

  • Isidora Simović,
  • Mirjana Radulović,
  • Jelena Dunjić,
  • Stevan Savić and
  • Ivan Šećerov

14 November 2025

This study investigates the influence of urban greenery on microclimate conditions in Novi Sad, a city characterized by a temperate oceanic climate, by integrating high-resolution remote sensing data with in situ measurements from 12 urban climate st...

  • Article
  • Open Access
265 Views
24 Pages

14 November 2025

This study examines hiking within the context of active lifestyle trends, with a particular focus on the implications of physical limitations for its implementation in forest environments. The primary objective is to analyze how hiking offerings can...

  • Article
  • Open Access
242 Views
18 Pages

Study on Pyrolysis Characteristics and Combustibility of Typical Arbor Species Along Different Altitude Gradients in Southwestern Yunnan

  • Qiuyang Du,
  • Weike Li,
  • Yingda Wu,
  • Yiqi Wei,
  • Jianati Nuerlan,
  • Mingyu Wang,
  • Lifu Shu,
  • Tongxin Hu,
  • Jibin Ning and
  • Guang Yang
  • + 1 author

14 November 2025

This study aimed to systematically characterize the pyrolysis characteristics and combustibility of six typical tree species across different altitude gradients in southwestern Yunnan, providing references for fuel management and selection of potenti...

  • Article
  • Open Access
364 Views
21 Pages

14 November 2025

Accurate estimation of carbon sequestration at the single-tree scale is essential for understanding forest carbon dynamics and supporting precision forestry under global carbon-neutral goals. Traditional allometric models often neglect environmental...

  • Article
  • Open Access
458 Views
15 Pages

A Method for Estimating Tree Age Based on the Tree Trunk Diameter and the Average Radial Growth Rate in Recent Years

  • Jianfeng Yao,
  • Mengmeng Yang,
  • Zhuofan Li,
  • Denglong Ha,
  • Wenqiang Gao,
  • Xiao He,
  • Xuefan Hu and
  • Xinyu Song

13 November 2025

To improve the accuracy of tree age estimation by accounting for variations in radial growth, this study developed a diameter/age model that incorporates the radial growth rate for seven typical tree species across subtropical to cold temperate regio...

  • Article
  • Open Access
251 Views
23 Pages

13 November 2025

Climate change is driving the need for forest management strategies that simultaneously enhance ecosystem resilience and contribute to climate change mitigation. Voluntary carbon markets (VCMs), regulated in the European Union by the Carbon Removal C...

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Forests - ISSN 1999-4907